For example, records of
electrical activity in the brain showed that, on average, they experienced deep, non-rapid eye movement sleep for 30 per cent less time compared with participants who slept during a new moon.
Not exact matches
Testing
showed a significant increase
in light - induced
electrical activity from the eyes to the
brain, indicating the rods and cones were operating as they should
in the visual cycle.
Lamm and his group recently sought the answer to answer this question by combining measures of
electrical activity in the
brain (via electroencephalogram) with functional magnetic resonance imaging to
show blood flow patterns
in 25 participants getting rounds of shocks on their hands.
This time, they found that young men and young women responded differently, with males
showing a greater increase
in electrical activity in the
brain in response to a TMS pulse.
In deep, slow - wave sleep, recordings of the
brain's
electrical activity show sparse bursts of big, slow waves.
Measurements of the
electrical activity of nerve cells
in two key areas of the
brain showed a surprising result: nerve cells
in the prefrontal cortex signaled the distraction while it was being presented, but immediately restored the remembered information (the number of dots) once the distraction was switched off.
The research
shows that near - misses are underpinned by increases
in the
brain's
electrical activity, particularly
in the theta frequency range — known to be involved
in processing win and loss outcomes.
Previous studies have
shown that when a typically developing 20 - month - old child hears a word that she doesn't know, a characteristic uptick
in brain waves
in the left hemisphere of the
brain can be detected through electroencephalography (EEG), a noninvasive method of measuring the
brain's
electrical activity.
Previous research
in rodents and humans has
shown that
electrical activity surges
in the
brain right after the heart stops, then goes flat after a few seconds.
In a study published in Social Cognitive and Affective Neuroscience, 22 young adults had functional MRI scans of their brains to monitor activity when they were shown that electrical shocks were being sent to themselves, a friend, or strange
In a study published
in Social Cognitive and Affective Neuroscience, 22 young adults had functional MRI scans of their brains to monitor activity when they were shown that electrical shocks were being sent to themselves, a friend, or strange
in Social Cognitive and Affective Neuroscience, 22 young adults had functional MRI scans of their
brains to monitor
activity when they were
shown that
electrical shocks were being sent to themselves, a friend, or stranger.
For example,
in 1977 it was reported that
electrical activity in the
brains of pointer dogs
showed the dogs went through cycles of REM and slow - wave or non-REM sleep just as we do.